Saturday, 28 December 2013

The Web of Inquiry-Jono Broom

There are lots of inquiry models out there, and a lot of them require you to follow a step by step process from finding a question, researching that question, and then spitting out a presentation showing what you've learnt. 'Doing' research isn't that straight forward though, we know that simply from our own lives.
Example.
I was at the Louvre in Paris today, and being artistically and historically incompetent, I was looking at all the statues and thinking "how did they make those? What tools did they use? How long did they practice?" But the overwhelming urge for me was just to have a go at doing one.
Just to have a go...
Then I might do some research on better ways to do it...
and then I might have another go...
Then I might show someone, do some more research and maybe have another go.
Some models try to cover for this kind of fluidity of research projects, and as they do, get extremely complex and confusing for both adults and students. In fact, people working with some of these models can lose interest pretty fast, and the learning becomes a chore. The intrinsic motivation of exploring something is lost and it becomes 'work'.
This model aims to change this. It's not so much of an inquiry process, as an inquiry web. It has general direction for students and teachers, but also lets them range very wide in the process, so they have control of their own independence, self direction and self motivation.

There's four steps to this web;
Experiment
Engage
Explore
Explain
I'm going to use the statues from the Louvre Museum as an example.

Experiment: The first thing anyone needs to do, when initiating a "research project" or "inquiry project", is to experiment. Not 'ask questions', they come later. They may have some questions at this stage already and that's great, but the prime importance is to experiment.
Get a rock, use what you think they used (probably a chisel and a hammer?) and see what you can do. Try it out.
This is also great for kids to do self-diagnostic assessment. Where are they? Where do they want to go from here? Do they want to be a Michelangelo? What do they want to aim to accomplish? What are their goals?

Engage: This stage is imperative. Students must engage with the topic here, they must understand what they're doing and why they're doing it. I don't mean just knowing the WALTs and WILFs, I mean actually understanding what they're doing and wanting to do it because it's what they want to do.
They must want to keep going. If they don't want to keep going, my advice would be to go back to experimenting and find something different that they actually want to do.Remember, 'inquiry' isn't necessarily about the topic you're studying or the content the students need to learn about, it's about the students learning the 'process' or how to 'navigate the inquiry web'. Learning how to learn.
This stage is also where, if they are engaged, they will have some questions. They will naturally develop questions from the experimenting phase, for example, "how did they get the stone so smooth?" "How did they make such fine cuts without cracking it?"
[It might be a good idea for students to record their questions as they are experimenting. Sometimes students just say these out loud and forget them when it comes to researching.]

Explore: This is the logical next step after the students have engaged with the topic. Students need to explore their topic and find out the answers to their questions.
http://www.google.com is a useful tool for this. This also might be where students organise field trips to places of interest, or seek out experts on the topic through different mediums.

Explain: Most students, having found out something new about a topic will want to go straight back to experimenting and try out their new ideas (In fact, so would I) but in order to track learning, it is really important for them to record what they have found out. Even if it's just notes in a scrap book.
Eventually, after going through this process possibly a number of times, they will 'finish'. Explain is also the stage where they can start a presentation to show their learning. Blogs, movies, cartoons, written reports, websites, a series of photos with explanations, dramatic pieces, a display of their finished product with a museum plaque beside it, a comparison of their product before their research and after their research, the options are endless, and are growing larger with each year, and each new development of technology.
Presentations should be shown to people who matter. Teachers, other students, parents, the public. Other people out there researching into things are probably asking the same questions, on the same topics. Maybe your students' presentations could help answer them.

There are certain situations where the order of steps may be switched around or even removed completely. Some spheres of learning, especially practical ones adhere to the previously mentioned model. More academic or possibly more specialised ones may require a different approach. For example making a path or garden may require someexploring into how to do it before actually experimenting. Looking into the use of castles in the 11th century may actually cut out the experimenting phase all together.
This model keeps things simple, but allows for a large amount of adaption and modification by both students and teachers.
Remember, without engagement there can be no real learning.

I would love to hear from you if you are thinking of trying this in the classroom or have some suggestions or feedback. Leave a comment here or follow me on twitter @cleansweep_






10 comments:

  1. Comment from Google Plus:

    Great model. These words should be shown on a circle or web because the learner can jump in anywhere. My definition of learning is a change in thinking or behavior that is externally or internally motivated. Thanks. Rich Linville

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  2. Fantastic, this is exactly how I see inquiry or discovering for early learners - pre writers, pre readers, the joy of discovery. Thanks for sharing,

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  3. I am still not sure how to manage the experiment stage in a new school - I mean just think of the mess of chiselling a statue- and I just have to look at a piece of paper and a pot of paint and its all over the floor - from worried!

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  4. Haha you're right Tara I hadn't thought if that! I guess if they're going to be doing these things in 'real life' then they should be learning how to manage themselves. They're going to be in charge of their own space one day and maybe cleaning up after themselves, and leaving places as you found them are good lessons to learn!

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  5. Google Plus Comment:


    I had to share this as I find it to be a great article. I particularly like your quote that "without engagement there is no REAL learning." That is so true. Dean C

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  6. An Answer: Implement worldwide instruction immediately, focusing on each individual’s Spark of Life, using this simple guideline: “away, evil behavior - toward, good behavior”, coupled with these words to address feelings; “away, sadness - toward, happiness”Your Personal Spark of Life;
    you are either moving away from it because you are listening to your head, or you are moving toward it because you are listening to your heart.

    We haven't kicked the living poop out of our children through regimentation for decades and decades for nothing. We're getting back at somebody, anyone, for having done this to us when we were young, impressionable, children.

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  7. Now I know who to give the big bag of pumice stone I just gathered at Lake Taupo to! Experiment away Mr Broom, looking forward to seeing you again. :)
    Cheers for the new year mate! x

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  8. This reflects James Nottingham's idea of Ready, Fire, Aim which he describes in his book Challenging Learning (Hawker Brownlow Education, 2010). He says: " I like this phrase, which helps me to persist productively and effectively in many of the projects I undertake. ... The ideas is that once I find something worth doing (ready), I get on with it (fire) and assess my efforts later. Then I readjust my efforts (aim) and keep trying (fire again). This helps me to avoid the sometimes disabling notion that i have to understand a problem fully or design an infallible solution in great detail and with great coherence before I can begin tackling it.
    The maxim, 'Ready, Fire, Aim', also helps me to guard against the danger that I will invest so much effort into the initial work of understanding and designing that I will not want to face up to outcomes that seem to challenge my carefully-constructed solutions. In education it reminds us of the necessary virtues of energy, experiment, evaluation and constant adjustment".

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    Replies
    1. Thanks for the reference to Nottingham, HMB. I'd heard of his work, but not pursued it. Now I'm inspired! These ideas relate directly to the work being done in the Deeper Learning MOOCollaboration #DLMOOC about rhizomatic learning. The social, collaborative part of the process he describes is implicit in the readying, and assessment, but it's mostly excluded in the middle bit, where it can have the most power to enhance our communication skills.

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  9. Great blog Jono...I've never heard of this "web of inquiry" model.I agree with the idea that often experimenting is required before quality questions are generated.I do believe that often learners are not real sure of what their own interests are...as im writing this im also thinking, "maybe they are just very protective of these interests..."
    I've considered starting a class by asking "What interesting thing have you learnt recently?...How did you learn this? and how do you know you learnt it?"
    In instances when learners may not be able to identify specific examples we could watch a clip and analyse the clip in small groups..(an obvious clip for me would be one called hexaflexagons by vihart. Shes great at verabalising an inquiry process. (http://www.youtube.com/watch?v=VIVIegSt81k).
    We could proceed in exploring diagrams or charts to record their learning actions and as a result identify their own models of inquiry i guess). Cheers for your thoughts. Cool stuff.

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